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manufacturing technologies

EWI Purchases Industry-Leading Electron Beam Additive Manufacturing System From Sciaky

EWI, a leading engineering and technology organization dedicated to developing, testing, and implementing advanced manufacturing technologies has purchased an industry-leading Electron Beam Additive Manufacturing (EBAM™) system from Sciaky, Inc.

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Rick Gardner Appointed Director of EWI Colorado

EWI is pleased to announce the appointment of Rick Gardner as the Director of EWI Colorado, an applied research center in Loveland, Colorado. Gardner will lead EWI’s newest facility dedicated to establishing best-in-class technical capabilities in advanced quality measurement technologies. Gardner will also serve as the key spokesperson for EWI Colorado with responsibilities including business […]

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EWI and Ohio — A Place for Technology Innovation

Ohio is a great place for advanced technology solutions, and EWI is one of the unique organizations pushing it forward.

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Colorado Delegation Visits EWI

On Wednesday, EWI was honored to host an impressive delegation of business, higher education, economic development and government leaders from Colorado Springs, CO. Identifying Columbus as a city that thrived during the recession, the group visited several high-performance businesses and organization in the Columbus area over a three-day period.

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EWI: The Year in Review

A lot happens at EWI over the course of a year. We’re involved in a huge number of activities, initiatives, and events aimed at helping manufacturers operate more efficiently, effectively, and economically. This past year was an especially busy one as we expanded our technical capabilities and facilities, increased our support services, invested in applied R&D, […]

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EWI’s Nadine Powell Wins National Leadership Award

Congratulations to  EWI Business Development Associate Nadine Powell, named by The Manufacturing Institute as a  2016 STEP Ahead Emerging Leader. This national award honors women for their contributions to the manufacturing industry. Nadine has been instrumental in the successful launch of our Buffalo Manufacturing Works operation in Western New York, and is widely respected by both EWI […]

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Recently Published: A Metallurgical Evaluation of the Powder-Bed Laser Additive Manufactured 4140 Steel Material

Congratulations to EWI associates Wesley Wang and Shawn Kelly for their article published in the March 2016 issue of JOM.  In “A metallurgical evaluation of the powder-bed laser additive manufactured 4140 steel material,” the authors report that the excellent mechanical properties of 4140 steel builds created by the L-PBF AM process make industrial production more feasible, which shows great potential for application […]

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Precision Measurement Capabilities Enhance EWI’s Additive Manufacturing Offerings to Customers

EWI Project Engineers Alex Kitt and Kenny Kort recently published an article, Additive Manufacturing is Measuring Up in Buffalo, highlighting the precision measurement capabilities EWI has deployed at Buffalo Manufacturing Works. Introduction: Additive manufacturing (AM) is more than one single technology. Rather, it is comprised of multiple complementary technologies that provide manufacturers with an array of choices […]

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AweSim-EWI Project Chosen for Department of Energy Program

  The AweSim program at the Ohio Supercomputer Center (OSC) and EWI have been selected to develop one of 10 national industry projects under the U.S. Department of Energy’s (DOE) High Performance Computing for Manufacturing (HPC4Mfg) program. AweSim and EWI will partner with Oak Ridge National Laboratories (ORNL) to develop a cloud-based advanced welding simulation […]

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Offline Programming Overview: New Article

Offline programming (OLP) is a powerful tool that moves the time-consuming process of manual robotic programming from the production floor and into a virtual environment. Not only does this allow manufacturers to significantly reduce the programming down-time typically associated with part or equipment change-overs, the nuances of proposed automation solutions can be virtually and accurately […]

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